Researchers identified distinct calcium response features, including peak rate and transient morphology, that differentiate ...
Half of all the calcium in the universe—including the very calcium in our teeth and bones—was created in the last gasp of dying stars. Called "calcium-rich supernovae," these stellar explosions are so ...
Researchers have developed a novel method for simultaneously recording action potentials (APs)—temporary changes in electrical potential when cells become excited—and calcium transients—calcium ...
Mitochondria are crucial for maintaining calcium balance in cells, but their calcium dynamics are challenging to study due to pH changes in the mitochondrial matrix, and the lack of cyan-colored GECIs ...
Mitochondria are crucial for maintaining calcium balance in cells, but their calcium dynamics are challenging to study due to pH changes in the mitochondrial matrix, and the lack of cyan-colored GECIs ...
Genetic inhibition of RyR1-mediated calcium-induced calcium release reveals its minimal role in skeletal muscle contraction and its critical contribution to malignant hyperthermia risk. Credit: Dr.
A supernova first detected in 2005 changed humanity’s perception of the Universe, and one of the minerals needed to support life — calcium. Researchers eventually determined that the explosion, and ...
Atrial fibrillation (AF) begets AF – this famous paper by Maurits Allessie* coined a concept in which electrical remodeling induced by AF predisposes to develop AF. A key factor of this remodeling is ...
X-ray images give unprecedented view of extremely rare type of supernova. New information suggests that these supernovae start as compact stars that lose mass at the end of life. Calcium-rich ...
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